Datum	Sprecher/in	Thema	Zeit
Fr 27.10.2023	R. Wittmann	best Fokker-Planck approximation	14:30 s.t.
Mi 22.11.2023	K. Olsen	Stochastic resetting: from search processes to thermodynamics	14:30 s.t.
Mi 13.12.2023	I. Abdoli	Circle swimmers with Magnus force	14:30 s.t.
Fr 15.12.2023	Y. J. Zheng	When is diffusion Hyperuniform?	14:30 s.t.
Mi 20.12.2023	I. Malhotra	t.b.a.	14:30 s.t.
Mi 10.01.2024	S. Chaki	Theoretical Study of Kinetic Arrest, Shear Elastic Modulus and Yielding in Simple Biphasic Colloidal Mixtures	14:30 s.t.
Mi 17.01.2024	G.H.P. Nguyen	t.b.a.	14:30 s.t.
Mi 24.01.2024	L. Caprini	t.b.a.	14:30 s.t.
Mi 31.01.2024	A. Antonov	t.b.a.	14:30 s.t.

Datum	Sprecher/in	Institut	Zeit
Mo 30.10.2023	Jens Elgeti	Forschungszentrum Jülich	11:30 s.t.
	t.b.a.
Di 01.08.2023	Yuta Kuroda	Nagoya University, Japan	14:30 s.t.
	Hyperuniformity and singular density correlation in chiral active fluids
Mi 26.07.2023	Dr. V. Vaibhav	University of Milan, Italy	10:30 s.t.
	Failure Pathways in Spatially Inhomogeneous Glasses
Di 25.07.2023	Prof. Dr. P. Chaudhuri	Institute of Mathematical Sciences, Chennai, India	11:00 s.t.
	Exploring glasses in ring polymers
Mo 24.07.2023	Dr. Jan Cammann	Loughborough University, United Kingdom	16:00 s.t.
	From single cells to filaments: a story of geometry and motion
Mo 24.07.2023	Haochun Sun	Copenhagen University, Denmark	14:30 s.t.
	Three-Dimensional Modeling of Active Cellular Assemblies
Mi 19.07.2023	Dr. Mehmet Can Ucar	Institute of Science and Technology Austria	16:00 s.t.
	Self-organized vs. controlled guidance of cells and tissues
Mi 19.07.2023	Dr. Umang Dattani	Institute of Mathematical Sciences, Chennai, India	11:00 s.t.
	Cavitation instabilities in amorphous solids
Di 04.07.2023	Prof. Grzegorz Szamel	Colorado State University, USA	15:30 s.t.
	An alternative dynamic density functional theory for time-dependent density fluctuations in glass-forming fluids
Mo 26.06.2023	Alexander Antonov	Universität Osnabrück	16:00 s.t.
	Brownian particle transport in periodic structures
Fr 23.06.2023	Antik Bhattacharya	TIFR Hyderabad, India	11:30 s.t.
	Active Hamiltonian Dynamics
Fr 16.06.2023	Rashmi Priya	TIFR Hyderabad, India	11:30 s.t.
	Understanding the ferroelectric phase of a liquid crystalline system using elongated molecules
Mi 14.06.2023	Prof. Bill van Megen	RMIT, Australia	15:00 s.t.
	Non-stationary processes: aging and crystallisation
Fr 09.06.2023	Prof. Bill van Megen	RMIT, Australia	13:00 s.t.
	Local rattling and phonons
Di 06.06.2023	Prof. Apratim Chatterji	IISER Pune, India	14:30 s.t.
	Topology driven spatial organization of DNA-ring polymers under confinement
Mo 05.06.2023	Prof. Bill van Megen	RMIT, Australia	15:00 s.t.
	What is caging?
Do 01.06.2023	Danilo B. Liarte	ICTP South American Institute for Fundamental Research and IFT-UNESP, Brazil	14:30 s.t.
	Geometry, topology, and soft matter: Smectics, disordered elastic systems
Mi 31.05.2023	Vikki Anand Varma	Indian Institute of Technology, Delhi, India	14:30 s.t.
	Shape Anisotropic Particles: Dynamics and Self Assembly
Mi 03.05.2023	Vincent Debets	Eindhoven University of Technoloy, The Netherlands	14:30 s.t.
	Competing length and time scales in active glassy fluids

Datum	Sprecher/in	Institut	Zeit
Do 12.10.2023	Dr. Gláucia Murta	Institut für Theoretische Physik III, Heinrich-Heine-Universität Düsseldorf	16:30 s.t.
	Dr. Gláucia Murta: „Device-independent quantum cryptography: towards network protocols” Institut für Theoretische Physik III, Heinrich-Heine-Universität Düsseldorf - Seminar@HHUD: 12.10.2023 16:30 s.t., Lecture hall 25.31 O0.5J skip this - only pdf will be shown Device-independent quantum cryptography: towards network protocols
Do 29.06.2023	Dr. Ivonne Möller	Ruhr Universität Bochum	16:30 s.t.
	Dr. Ivonne Möller: „Gemeinsam zur Eigenständigkeit - Peer-Mentoring-Module im Physik-Studium an der RUB” Ruhr Universität Bochum - Seminar@HHUD: 29.6.23 16:30 s.t., Lecture hall 25.31 O0.5J skip this - only pdf will be shown Gemeinsam zur Eigenständigkeit - Peer-Mentoring-Module im Physik-Studium an der RUB
Do 22.06.2023	Prof. Dr. Thomas Speck	Universität Stuttgart	16:30 s.t.
	Prof. Dr. Thomas Speck: „Dissipative structure formation in soft materials” Universität Stuttgart - Seminar@HHUD: 22.6.23 16:30 s.t., Lecture hall 25.31 O0.5J skip this - only pdf will be shown Dissipative structure formation in soft materials
Do 25.05.2023	Prof. Dr. Constantin R. Schrade	Niels Bohr Institute, University of Copenhagen, Denmark	16:30 s.t.
	Prof. Dr. Constantin R. Schrade: „Next-Generation Qubits in Superconducting Circuits” Niels Bohr Institute, University of Copenhagen, Denmark - Seminar@HHUD: 25.5.23 16:30 s.t., Lecture hall 25.31 O0.5J skip this - only pdf will be shown Next-Generation Qubits in Superconducting Circuits
Do 20.04.2023	Prof. Dr. Gerhard Kahl	Institut für Theoretische Physik, TU Wien, Austria	16:30 s.t.
	Prof. Dr. Gerhard Kahl: „Microswimmers learning chemotaxis” Institut für Theoretische Physik, TU Wien, Austria - Seminar@HHUD: 20.4.23 16:30 s.t., Lecture hall 25.31 O0.5J Microorganisms which are abundant in nature and which play a key role in many biological phenomena have developed a huge variety of strategies which help them in nutrient uptake, to reproduce, to escape from predators, or to hunt prey. These strategies are realized via different manners, such as shape deformations or by the use of appendages. In an effort to understand the locomotion of these microswimmers under low Reynolds number conditions, models have been proposed, which are based on fixed swimming strategies. However, models of such organisms that adapt their swimming strategies to the ever changing surroundings have rarely been investigated, so far. I will report about a project where a simple microswimmer model is trained to swim and to uptake nutrients by combining the equations-of-motion with modern tools of machine learning. Using genetic algorithms optimized neural networks are developed which control the shape deformations of the microswimmers and allow them to navigate in static and time-dependent chemical environ-ments. By introducing noisy signal transmission in the neural networks the well-known biased run-and-tumble motion emerges, as it is known for many swimming microorganisms. Extensions of the simple model in use to more realistic microswimmers are discussed. Microswimmers learning chemotaxis

Seminare - Sommer Semester 2023

Seminar über "spezielle Probleme in der Theorie der Kolloide"

Seminar über "Spezielle Probleme der Computersimulation weicher Materie"

Seminar “Soft Matter”

Kolloquien

Dr. Gláucia Murta: „Device-independent quantum cryptography: towards network protocols”Institut für Theoretische Physik III, Heinrich-Heine-Universität Düsseldorf - Seminar@HHUD: 12.10.2023 16:30 s.t., Lecture hall 25.31 O0.5J

Dr. Ivonne Möller: „Gemeinsam zur Eigenständigkeit - Peer-Mentoring-Module im Physik-Studium an der RUB”Ruhr Universität Bochum - Seminar@HHUD: 29.6.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Thomas Speck: „Dissipative structure formation in soft materials”Universität Stuttgart - Seminar@HHUD: 22.6.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Constantin R. Schrade: „Next-Generation Qubits in Superconducting Circuits”Niels Bohr Institute, University of Copenhagen, Denmark - Seminar@HHUD: 25.5.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Gerhard Kahl: „Microswimmers learning chemotaxis”Institut für Theoretische Physik, TU Wien, Austria - Seminar@HHUD: 20.4.23 16:30 s.t., Lecture hall 25.31 O0.5J

Seminar über Examensarbeiten aus dem Institut für Theoretische Physik, Lehrstuhl II

Dr. Gláucia Murta: „Device-independent quantum cryptography: towards network protocols”
Institut für Theoretische Physik III, Heinrich-Heine-Universität Düsseldorf - Seminar@HHUD: 12.10.2023 16:30 s.t., Lecture hall 25.31 O0.5J

Dr. Ivonne Möller: „Gemeinsam zur Eigenständigkeit - Peer-Mentoring-Module im Physik-Studium an der RUB”
Ruhr Universität Bochum - Seminar@HHUD: 29.6.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Thomas Speck: „Dissipative structure formation in soft materials”
Universität Stuttgart - Seminar@HHUD: 22.6.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Constantin R. Schrade: „Next-Generation Qubits in Superconducting Circuits”
Niels Bohr Institute, University of Copenhagen, Denmark - Seminar@HHUD: 25.5.23 16:30 s.t., Lecture hall 25.31 O0.5J

Prof. Dr. Gerhard Kahl: „Microswimmers learning chemotaxis”
Institut für Theoretische Physik, TU Wien, Austria - Seminar@HHUD: 20.4.23 16:30 s.t., Lecture hall 25.31 O0.5J